我们的技术最适于处理这样的问题,因为它的位置被提升,甚至可以建造在水面、流域盆地或已知的洪泛区上。
无论开发者希望自己运营公用事业能源项目,还是将其出售给第三方,制定长远的规划都是非常重要的。要制定长远的规划,很有必要选择一家经验丰富的技术合作伙伴,并通过持续的合作满足您的需求,这一点非常重要。
Amonix 的从业时间比其他任何 CPV 太阳能供应商都要长,它拥有 21 年的历史,以及 16 年的现场经验,而且设备遍布全世界。
通过与 Southern California Edison、Tucson Electric Power 和 NV Energy 等大型公用事业公司合作,Amonix 学到了在不同国家、州、市或地方政府多个辖区内自始至终开展项目的全过程。
Amonix 在将公用事业规模太阳能发电系统联机过程中解决了许多问题,并积累了许多经验,凭借这些经验可以有效地为开发流程提供支持。我们也知道,即使是清洁能源项目也会出现审批问题,但是我们能够开辟出最有效、最多产的发展途径。
例如,我们注意到了与排水和雨水径流相关的问题。我们设计的太阳能系统的高度有所提升,因此较好地解决了这个问题。因此,我们的太阳能发电厂甚至可以建设在水面、流域盆地或已知的洪泛区上。
高度限制对我们的工厂来说一般不成问题,因为 Amonix 太阳能发电系统的高度为 50',正好在大多数城市规定的 35-70' 范围内。但是我们也知道如何与没有提供太阳能变化情况的政府机关进行沟通。美国联邦航空管理局 (FAA) 甚至批准将太阳能设备安装在亚利桑那州普雷斯科特和格兰代尔,以及内华达州拉斯维加斯机场的跑道上。
如果您是一个希望加速回报率的开发人员,请浏览站点的其他内容,以了解和 Amonix 合作的详细信息。流水化的开发流程将使您在与我们的合作中受益,这意味着部署更加快速,也就等于开发成本更低,运营和支出收益更快。
例如,一个 60kW 的 Amonix 聚光光伏 (CPV) 可持续能源设备,可以在数天(无需数周或数月)内安装在光照充足的干旱地区的未分级地块上。
我们的技术最适于处理这样的问题,因为它的位置被提升,甚至可以建造在水面、流域盆地或已知的洪泛区上。
Amonix 太阳能发电机高度为 50',在大多数城市规定的 35-70' 范围内。但是我们也知道如何与没有提供太阳能变化情况的政府机关进行沟通。美国联邦航空管理局 (FAA) 甚至批准安装在亚利桑那州普雷斯科特和格兰代尔,以及内华达州拉斯维加斯机场的跑道上。
视觉影响问题,尤其在靠近居民区的地方。因为居民和当地企业的担心非常重要,因此沟通也就非常重要。
Despite challenging economic times, Cal Poly Pomona has amassed more than $100 million in donations and pledges midway through an ambitious fundraising campaign, university officials announced Wednesday.
The Campaign for Cal Poly Pomona was launched in November 2010 with a goal of raising $150 million for research, scholarships and other campus needs. The first comprehensive fundraising effort of its kind at the school, it began amid a recession that sapped resources from potential donors as well as from state coffers, resulting in steep funding cuts to California’s public colleges and universities.
California State University’s 23 campuses lost $750 million in state funding in 2011-12, with cuts to the Pomona campus totaling nearly $32.5 million. But those and previous cuts have spurred support from alumni and others, including 5,000 donors who made first-time contributions, officials said.
Because of all the media attention about solar power, most people think of photovoltaic (PV) solar panels. People in or on the fringe of the clean energy business might know about the Chinese’ so called “dumping” of low cost PV panels onto the U. S. market; about how schools and universities are installing PV panels to save on their electric bills, but also to educate tomorrow’s future decision makers; and about how the California solar panel maker Solyndra went bankrupt after receiving a $500 million grant from the Department of Energy (DOE). Many of these headline stories even make network TV news, but much is misunderstood.
What is solar energy? What are the differences in different types of energy technology in existence today?
Portland, Maine IntertechPira is pleased to announce it will be offering a complimentary online learning event, "Competitive PV Manufacturing in the US," on Wednesday, March 7, at 12 p.m. EST. The webinar will be hosted by three solar industry experts who will be presenting at IntertechPira's upcoming conference, Photovoltaics Summit 2012.
The one-hour joint online session will feature Roger G. Little, Chairman and CEO, Spire Corporation; Chris O’Brien, head of Market Development, Oerlikon Solar; and Vahan Garboushian, Founder, Chief Technology Officer and Board of Directors Chairman, Amonix, Inc. Each speaker will give a 15-minute presentation, which will be followed by a 15-minute question and answer session at the conclusion of the webinar.
SOLARTAC IS A PARTNERSHIP of solar equipment manufacturers, research organizations and electric utilities that want to make use of a real-world outdoor site to develop, test, validate or showcase solar products. The SolarTAC mission is to facilitate the commercialization of solar technologies, including photovoltaic and solar thermal systems. It does this by providing the members with readily accessible land and all the necessary infrastructure and resources needed to rapidly and economically install their technologies. SolarTAC is located on 74 acres of land in Aurora, Colo., within minutes of the Denver airport, offering a flat, graded topography and 300 days of sunshine a year.
The concept for a solar technology facility germinated in 2007 with Xcel Energy, a public utility based in Minneapolis. Xcel has voiced a commitment to renewable energy, sponsoring a variety of solar, wind and energy efficiency programs in its service territory. SolarTAC became a reality when the right core group of stakeholders came together, with Xcel providing the initial funding and grid interconnection, the City of Aurora providing the land, and MRIGlobal, formerly Midwest Research Institute, providing the legal structure of the partnership and acting as the management and operating contractor. Abengoa Solar and Sun Edison joined as founding members and agreed to develop the first 10 acres with their solar technologies.
Grade it, fence it, make permitting speedier — and they will come. But in this field it isn't dreams but solar panels of varying shapes and sizes that are sprouting.
On the eastern edge of the city of Aurora, a unique solar test facility — the Solar Technology Acceleration Center, or SolarTAC — is flourishing.
Since breaking ground in 2009, the public-private partnership has more than doubled its membership to seven companies and research groups, and has nearly filled up its 74-acre site.
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